📢 Attention all tech enthusiasts! Embark on a journey through the realms of autonomy as we pave the way towards a future where machines not only follow predefined paths but pioneer new ones. Join us for an immersive *Autonomous Navigation using ROS workshop,* conducted by Team Aurora, where you'll delve into the intricacies of autonomous systems firsthand. Discover the power of reinforcement learning in navigating autonomously and gain practical expertise in developing and deploying your own systems using ROS. Register now: https://lnkd.in/grZVhcff 🗓️ Date: 16.03.2024 🕘 Time: 9:00 am to 4:00 pm Let's venture into the exciting world of robotics together!
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ROS | Robotics | Control System | Autonomous Vehicles | Machine Learning | C++ | Python | SDL2
✨ Welcome back for Part 2 of our robotic adventure! 🚀 Watch my autonomous bot in action, dynamic obstacle avoidance using Navigation Stack and object detection capabilities with ROS Noetic and OpenCV. ⚙️ Dive deeper into the world of robotics innovation! part 1 : https://lnkd.in/dRfBaJc2 #ROS #OpenCV #AutonomousRobot"
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Excited to announce my recent completion of a comprehensive course on ROS2! 🚀 Throughout this journey, I delved into a myriad of topics including OpenCV, obstacle avoidance algorithms, LiDAR workings, and their associated algorithms. Ready to apply these newfound skills to real-world robotics projects! #ROS2 #OpenCV #Robotics #ObstacleAvoidance
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Passionate on AI and Automation| C & Python| Seeking opportunities for The Internship In Robotics And IT!
"Just wrapped up an intensive 3-day workshop on SLAM navigation in ROS! Learned the fundamentals of ROS and honed my skills in robotic mapping and navigation. Eager to implement these new insights in future projects and keep advancing in the field of robotics. 🚀 #ROSLearning #SLAMNavigation #SkillDevelopment"🦋✨
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Over the summer of 2024, I embarked on an exciting project with my roommates Kushal Dave and Rishabh Jhamnani: building an autonomous robot. We ended up with ARKbot, a robot capable of detecting objects, navigating towards them, and grabbing them. This foundational functionality paves the way for future advancements—ranging from everyday tasks like collecting waste to critical applications such as search and rescue operations in disaster zones. This project taught me invaluable lessons in robotics, AI, and embedded systems, and I’m thrilled to share it with you! To see more about how ARKbot works and how I contributed to it, find the full documentation in my "Projects" section
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Prateek'19 • Mechatronics and Robotics Engineering UnderGrad • AI • Automation • Electronics and SoCs Technophile • Honing skills in Programming - DSA and Generative AI • @Matrix.JEC • @JEC Jabalpur
Introducing the Future of Robotics: The Latest Dog Robotech! Eager to share a glimpse into the world of advanced robotics with this innovative four-legged robot, designed to mimic the agility and intelligence of real dogs. From autonomous navigation to complex obstacle handling, this incredible machine represents a major leap in robotics technology. 🔍 Key Features: Enhanced Mobility: Agile movements that adapt to various terrains. AI-Powered Sensing: Real-time environmental awareness for autonomous navigation. Versatile Applications: From search and rescue to industrial inspections. Whether you're a tech enthusiast, a robotics professional, or just curious about the future, this is a glimpse into the exciting advancements happening right now! 🎥 Check out the video and let me know your thoughts in the comments. Let’s discuss the possibilities of integrating robotics into everyday life! #Robotics #AI #Innovation #DogRobot #Technology #FutureOfWork
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Finally the article appeared in our local newspaper: Floppy and Byte (Unitree Robotics ) are getting an AI brain for navigation!
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🚀 DEEP Robotics Lynx | All-Terrain Mobility 🚀 From rugged landscapes to uneven surfaces, it’s engineered to move beyond boundaries. 🌟All-terrain off-road mobility 🌟Advanced AI-driven navigation 🌟Robust design for outdoor exploration 🌟Built for complex, real-world applications 👉 Watch the video to see the Lynx wheeled quadruped in action! #DEEPRobotics #Lynx #QuadrupedRobot #AI #Robotics #OffRoadTech #Innovation #TechInAction #RobotDog
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The IAC AV-24, the World’s Fastest Autonomous Racecar, will serve as an official test and evaluation platform for rapid “Physical AI” training in both SIM and Real environments for the Defense Advanced Research Projects Agency (DARPA) Read more about how the Indy Autonomous Challenge will accelerate the development and training of Physical AI utilizing our first-of-its-kind robotics platform. ⬇️ https://lnkd.in/gYf-dEnD
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ROS 1 | ROS 2 | Artificial Intelligence | Embedded C | Python | C Programming | Circuit Design | PCB Design | 3D Design | Arduino Enthusiast | Seeking Innovative Opportunities in Electronics and IoT
Exploring Swarm Robotics with ROS2 and Micro-ROS I recently completed an exciting project involving 5 swarm bots, where I utilized both ROS2 and Micro-ROS for control. By placing a camera at the center of the room, I was able to monitor and coordinate the movements of each bot, controlling them as a swarm. This hands-on experience provided me with valuable insights into the complexities and potential of swarm robotics. I'm eager to dive deeper into this field and explore more advanced applications! I Hub School of Learning #ROS2 #MicroROS #SwarmRobotics #RoboticsEngineering #Innovation #TechJourney
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Robotics and Navigation in Total Hip Arthroplasty https://bit.ly/4an7pRZ
